plotLoops.py File Reference

Go to the source code of this file.

Namespaces
namespace	plotLoops

Variables
	plotLoops.simulationDir = os.path.abspath(".")
	plotLoops.materialFile = getStringInFile('inputFiles/polycrystal.txt','materialFile')
	plotLoops.F
	plotLoops.Flabels
	plotLoops.ddBase = pyMoDELib.DefectiveCrystalBase(simulationDir)
	plotLoops.b_SI = ddBase.poly.b_SI
	plotLoops.cs_SI = ddBase.poly.cs_SI
	plotLoops.configIO = pyMoDELib.DefectiveCrystalConfigIO(simulationDir+'/config')
	plotLoops.defectiveCrystal = pyMoDELib.DefectiveCrystal(ddBase)
	plotLoops.dislocationNetwork = defectiveCrystal.dislocationNetwork()
	plotLoops.runIDs = getFarray(F,Flabels,'runID')
int	plotLoops.times = getFarray(F,Flabels,'time [b/cs]')*b_SI/cs_SI/3600
list	plotLoops.loopRaii = []
list	plotLoops.loopTimes = []
list	plotLoops.loopPlanes = []
list	plotLoops.loopTypes = []
list	plotLoops.dislocationDensity = []
	plotLoops.runID = int(runIDs[k])
int	plotLoops.time = times[k]
	plotLoops.networkLengthTuple = dislocationNetwork.networkLength()
	plotLoops.loop = dislocationNetwork.loops().getRef(loopID)
	plotLoops.planeID = loop.glidePlane.planeBaseID()
float	plotLoops.r = np.sqrt(loop.slippedArea()/np.pi)*b_SI*1.0e9
dict	plotLoops.mapping
	plotLoops.unique_strings = sorted(list(set(mapping.values())))
	plotLoops.cmap = plt.colormaps['plasma']
dict	plotLoops.string_colors
	plotLoops.fig
	plotLoops.axs
	plotLoops.string_mask = np.zeros(len(loopRaii), dtype=bool)
	plotLoops.color
	plotLoops.label
	plotLoops.s
	plotLoops.alpha
	plotLoops.loc
	plotLoops.markerscale
	plotLoops.bbox_inches
	plotLoops.format